Series VQ1000 Body Ported Plug Lead Unit: Cassette Type For details about certified products conforming to international standards, visit us at www.smcworld.com.

Manifold Specifications Porting specifications Applicable stations Series Port size 1(P), 3(R) C6 4(A), 2(B) C3, C4, C6, M5 Port location Top VQ1000 Max. 16 stations U side D side 1 2 3 Stations D-sub Connector (25 pins) Cable assembly AXT100-DS25015 030 050 Wire Color by Terminal No. of D-sub Connector Cable Assembly The D-sub connector cable assembly can be ordered individually or included

3 Port Solenoid Valve

Note 1.5 m V100-DS15-015(N) V100-DS15-030(N) V100-DS15-050(N) V100-DS26-015(N) V100-DS26-030(N) V100-DS26-050(N) Cable 15 cores X23AWG Cable 26 cores X23AWG 3 m 3 m 5 m 5 m Note) For N, the unified thread is used. Note) For N, the unified thread is used. For other commercial connectors, use a 15 pin type with female connector conforming to MIL-C24308.

Plug-in/Plug Lead: Single Unit

Specify the wiring specifications on the manifold specification sheet. 12 12 stations Note 1) U D U D Note 2) Note 3) 2-6-10 Base Mounted Series VQ5000 Plug-in Unit Electrical wiring specifications Standard wiring D-sub connector assembly (AXT100-DS25) Wire colors 015 030 050 D-sub connector Terminal no.

Series VQ4000 Base Mounted Plug-in/Plug Lead Single Unit For details about certified products conforming to international standards, visit us at www.smcworld.com.

For details, refer to page 2-5-11. 2-5-10 Base Mounted Series VQ4000 Plug-in Unit Electrical wiring specifications D-sub connector assembly 015 030 050 Standard wiring Wiring with control unit AXT100-DS25D-sub connector Wire colors Terminal no. Terminal no.

Base Mounted Type, VQ5000 Series, 5 Port Metal Seal/Rubber Seal Solenoid Valve

Bottom 1/2 D Sub Connector Kit (25P) Cable Assembly AXT100-DS25015 030 050 D sub connector cable assemblies can be ordered by inclusion with manifold part numbers. Refer to the section "How to Order Manifolds".

HRX-OM-X010

Low concentration EG in the circulating fluid may cause system failure due to it being frozen in the system. High concentration EG in the circulating fluid may cause circulating pump overload, which triggers Return Low Flow FLT. Potential cooling error may occur if the circulating fluid varies in concentration.

A_HEC-OM-J017

Calculating method-Take out the lower 1 byte of the total. eg.) Set temperature to 30 deg.C (without unit specified) STX 31H 33H 30H 30H 30H ETX 3FH 34H CR Total F4H eg.) Read Thermo-con internal sensor of unit No.2 SOH 32H 05H 32H 36H 39H CR Total 69H Note) Check sum is not ASCII code.

HEC-OM-S008

Calculating method-Take out the lower 1 byte of the total. eg.) Set temperature to 30 deg.C (without unit specified) STX 31H 33H 30H 30H 30H ETX 3FH 34H CR Total F4H eg.) Read Thermo-con internal sensor of unit No.2 SOH 32H 05H 32H 36H 39H CR Total 69H Note) Check sum is not ASCII code.

A_HEC-OM-K001

Calculating method -Take out the lower 1 byte of the total. eg.) Set temperature to 30oC (without unit specified) STX 31H 33H 30H 30H 30H ETX 3FH 34H CR Total F4H eg.) Read Chemical Thermo-con internal sensor of unit No.2 SOH 32H 05H 32H 36H 39H CR Total 69H Note) Check sum is not ASCII code.

HRX-OM-M005

Low concentration EG in the circulating fluid may cause system failure due to it being frozen in the system. High concentration EG in the circulating fluid may cause circulating pump overload, which triggers Pump Breaker Trip FLT.

HRX-OM-I051

Low concentration EG in the circulating fluid may cause system failure due to it being frozen in the system. High concentration EG in the circulating fluid may cause circulating pump overload, which triggers Pump Breaker Trip FLT. Potential cooling error may occur if the circulating fluid varies in concentration.

AC Servo Motor Driver (SSCNET Type)

Actuators movement distance per pulse is obtained as below: actuators movement distance per pulse (mm/pls) actuators lead (mm) 1 / no. of encoders pulses2 lead length (mm) / 262144(pulse) eg.

AC Servo Motor Driver (SSCNET /H Type)

Actuators move distance per pulse is obtained as below: actuators move distance per pulse (mm/pls) actuators lead (mm) 1 / no. of encoders pulses2 lead length (mm) / 4194304(pulse) eg.

Output restriction w/pilot valve, fork lever joint, compensation spring, w/external scale plate, POSITIONER, PNEU-PNEU, ROTARY, INSTRUMENTATION, IP8000/8100 POSITIONER, 2A, IP8000/8100 NO SIZE PT VERSION, 6.41038 lb

Output restriction w/pilot valve, fork lever joint, compensation spring, w/external scale plate, POSITIONER, INSTRUMENTATION, IP8000/8100 POSITIONER, 2A, IP8000/8100 NO SIZE PT VERSION, 5.68057 lb

/8100 POSITIONER, 2A, IP8000/8100 NO SIZE PT VERSION, 5.70261 lb

/8100 POSITIONER, 2A, IP8000/8100 NO SIZE PT VERSION, 3.51165 lb

/8100 POSITIONER, 2A, IP8000/8100 NO SIZE PT VERSION, 5.84224 lb

/8100 POSITIONER, 2A, IP8000/8100 NO SIZE PT VERSION, 5.62178 lb

Output restriction w/pilot valve, fork lever joint, compensation spring, w/external scale plate, POSITIONER, PNEU-PNEU, LEVER, INSTRUMENTATION, IP8000/8100 POSITIONER, 2A, IP8000/8100 NO SIZE PT VERSION, 5.95248 lb